Optical Brillouin Distributed Ice-coating Identification Technology on Transmission Line

QIN Zhaoyu; LIU Weixin; PAN Zhezhe; SHI Huixuan; CHEN Yong; QIAN Jin; LIU Xiaobo; FEI Chan

doi:10.3969/j.issn.1003-501x.2016.10.002

[1] SHAO Guiwei，HU Yi，WANG Linong，et al. Application and effect of icing monitoring for transmission line [J]. Electrical Equipment，2008(6)：13-15.

[2] ZHANG Yu. On-line monitoring system of overhead transmission line icing [J]. High Voltage Engineering，2008，34(9)： 1992-1995.

[3] LI Liying，YANG Lin，HAO Yanpeng. Review of on-line monitoring of ice coating on overhead transmission line [J]. Power System Technology，2012，36(2)：237-243.

[4] HUANG Xinbo，SUN Qindong，WANG Xiaojing，et al. Image remote monitoring system of transmission lines dangerous items [J]. High Voltage Engineering，2007，33(8)：192-197.

[5] HU Jiahui，ZHANG Dawei，TAO Chunxian, et al. Research and development of distributed optic fiber sensors based on Brillouin scattering [J]. Laser Journal，2011，32(6)：1-3.

[6] GENG Junping，XU Jiadong，WEI Gao，et al. The development of Brillouin scattering distributed optical fiber sensor [J]. Journal of Test and Measurement Technology，2002，16(2)：87-91.

[7] FEI Haosheng. Nonlinear Optics [M]. Beijing：Higher Education Press，1990：116-118.

[8] CAO Jianmei，REN Chunnian. BOTDR-based optical fiber grid strain measurement system for tunnel [J]. Computer Measurement & Control，2011，19(11)：2616-2618，2628.

[9] YUAN Jihe，JIANG Xingliang，YI Hui，et al. The Present Study on Conductor Icing of Transmission Lines [J]. High Voltage Engineering，2004，30(1)：6-9.

[10] YANG Xiaodi. Study of Calculating Model for Icing and Melting Ice on Conductors of Transmission Line [M]. Beijing： North China Electric Power University，2012：1-15.

[11] QU Liyan. Application and study of finite element analysis in electromagnetic field [D]. Hangzhou：Zhejiang University，2002： 10-24.